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About

Dr. Wenping Geng is a leading innovator in flexible electronics and bioinspired sensor systems, whose work bridges the gap between artificial tactile perception and neural interfaces. His research primarily focuses on high-resolution flexible sensor arrays, multidimensional force detection, and animal-robot integration. Dr. Geng’s most cited work, a 2019 study on PZT nanofiber-based sensor arrays (36 citations), pioneered a method to overcome the sensitivity and resolution limitations of electronic skin, enabling precise pressure distribution mapping. He further advanced the field with a 2024 study on bone-inspired flexible sensors (19 citations), which achieved wide-range, multidimensional force sensing by mimicking biological structures—a breakthrough for human-machine interaction and soft robotics. His 2022 development of porous fiber paper sensors (18 citations) demonstrated exceptional sensitivity for physiological monitoring, while his 2024 work on thermal cyclization polyacrylonitrile enhanced piezoelectric performance in electronic skin. Notably, Dr. Geng’s exploration of micro-nervous system stimulation for rat robot control (2024, 2 citations) opens new frontiers in animal-robot symbiosis for neuroscience and rescue operations. With a growing citation impact and a portfolio spanning from nanomaterial engineering to biohybrid systems, Dr. Geng is shaping the future of flexible, intelligent sensing technologies.